Can one build a house not necessarily from rocks and timber? Well guess what the answer is a straight YES. How about you embrace the interlocking bricks technology. A brick is a unit of kneaded clay and shale which is naturally energy-efficient made up of natural materials. Each building or rather a feature made of interlocking bricks has a clearly defined design often regular.
The durability of the bricks trace their roots to the nitrification process. This entirely involves transformation of the clay into a harder substance in the kiln. It involves baking of clay up to ranging temperatures of 2000°C. This is an essential step in determining to what extent the cost of maintenance of the house will be. The subtleties of building greater sustainability into modern houses and structures is defining the benchmark in codes of practice. Cost-effect should be a lead priority. One has to strategize for it. Unless one keeps a tab on the expenses, susceptibility to impoverish is potentially possible.
Why embrace this technology?
●Durability The brick offers a durable value. It doesn’t' decay or rot. This therefore offers an added solution to overtime maintenance. It doesn't have to be resiliently painted. Its hard nature keeps off termites and ants. It has an acoustic nature since it absorbs noise.
●Made of natural materials The brick is primarily made of clay as one of its ingredients. It is held together by the shale enhancing fusing of clay particles together. This is cost effective and saves one the hustle and bustle of possible financial losses. Clay brick is significantly durable and stronger than cement bricks.
●Non-Combustible The fact that clay is optimized up to 2000°C makes it non-combustible.
This is efficient in the lowering of operational energy usage. It maintains indoor thermal comfort making it human and environment friendly. The process of ultimately achieving a better design with alternative technologies is expensive and depends on having an advanced capital. Above was a hint on preference on why this technology is effective.
I'll now major into process of making the bricks. Interlocking Stabilized Soil Block Machines (ISSB). This is a manual brick making machine which originated in France over 800 years ago.
The bricks are basically made from a special type of soil called murram. The major ingredients include water, murram and water. On a basic overview it can produce 3600-400 blocks operating in a eight-hour sequence. It requires two people for operation. TDAU is a Zambian based producer of the ISSB. It has sold over 1,500 of these machines both domestically and internationally. The reason why they are called interlocking bricks is because they do not require cement mortar since they lock into place. The weight of one block is about 11.5 kg, Block dimensions: 240 × 220 ×110mm. The height of the machine is about 900mm and weighing 145 kg. Traditional ways of making bricks in Uganda comprised taking clay and mud making of square blocks by hand. The problem is that they were not of consistent shape and this meant use of more mortar and cement. The process led to deforestation due to use of wood fire to 'cook' the bricks. The government later banned it.
The durability of the bricks trace their roots to the nitrification process. This entirely involves transformation of the clay into a harder substance in the kiln. It involves baking of clay up to ranging temperatures of 2000°C. This is an essential step in determining to what extent the cost of maintenance of the house will be. The subtleties of building greater sustainability into modern houses and structures is defining the benchmark in codes of practice. Cost-effect should be a lead priority. One has to strategize for it. Unless one keeps a tab on the expenses, susceptibility to impoverish is potentially possible.
Why embrace this technology?
●Durability The brick offers a durable value. It doesn’t' decay or rot. This therefore offers an added solution to overtime maintenance. It doesn't have to be resiliently painted. Its hard nature keeps off termites and ants. It has an acoustic nature since it absorbs noise.
●Made of natural materials The brick is primarily made of clay as one of its ingredients. It is held together by the shale enhancing fusing of clay particles together. This is cost effective and saves one the hustle and bustle of possible financial losses. Clay brick is significantly durable and stronger than cement bricks.
●Non-Combustible The fact that clay is optimized up to 2000°C makes it non-combustible.
This is efficient in the lowering of operational energy usage. It maintains indoor thermal comfort making it human and environment friendly. The process of ultimately achieving a better design with alternative technologies is expensive and depends on having an advanced capital. Above was a hint on preference on why this technology is effective.
I'll now major into process of making the bricks. Interlocking Stabilized Soil Block Machines (ISSB). This is a manual brick making machine which originated in France over 800 years ago.
The bricks are basically made from a special type of soil called murram. The major ingredients include water, murram and water. On a basic overview it can produce 3600-400 blocks operating in a eight-hour sequence. It requires two people for operation. TDAU is a Zambian based producer of the ISSB. It has sold over 1,500 of these machines both domestically and internationally. The reason why they are called interlocking bricks is because they do not require cement mortar since they lock into place. The weight of one block is about 11.5 kg, Block dimensions: 240 × 220 ×110mm. The height of the machine is about 900mm and weighing 145 kg. Traditional ways of making bricks in Uganda comprised taking clay and mud making of square blocks by hand. The problem is that they were not of consistent shape and this meant use of more mortar and cement. The process led to deforestation due to use of wood fire to 'cook' the bricks. The government later banned it.
Comments
Post a Comment